Could you tell the truth please about the status of Anarduino web site and products.
You announced the new miniwireless for 5 january...
From the start of 2015, the ordering from the web site is deactivated .
But we can order using Ebay.
It's seems really strange to me, and I guess I'm not the only one Could you give us please some facts/explanations ?

I have to use interrupt capture for timer 1 (0 is used by arduino core functions). The problem is that D5 is already used
as the slave select pin for flash memory. I think it could be a nice idea to remap the slave select on D4 . The alternate function s
of D4 are related to timer 0, so it will obviously be used as a standard digital out/in.
And then the timer 1 input capture , for frequency measurement for example, would be available.

It's not a bug or HopeRF related.
It's just that if the bus has to be shared, specific considerations have to be made.
Because the communication of the HopeRF module with the AVR relies on a pin interrupt, It could interrupt an already engaged
SPI transaction of another device.

So I guess my FTDI basic 3.3V is dead , I'll waiting for a new one in the next days :-/
You told 5V can be use for programming . But on the 69HW datasheet , the max operating voltage for the RF module is 3.6V and the absolute power voltage is 3.9V.
Could 5V really used without destroy the RFM69 ?

Concerning the overclocking , nice to get data that confirms it can be done without trouble !

And for the internally 5V , I say : stay with 3.3V ! Wireless module (at least for me) are mostly battery power. First, low voltages is more efficient , and LiPO/Li Ion
battery can be used directly .

Could you say more about the next generation of miniwireless, the hardware structure (with 50nA of hibernation current Oo) . Please tease us !

Does the Minireless is loaded with a specific bootloader ?
I cannot upload any sketch to it (all the 3 boards I have) .
At startup, the led is blinking about ten times, then blinking every 2 seconds forever.
I'm using the FTDI basic (3.3V) from Sparkfun, and the DTR line seems to be driven correctly (the unit is rebooted during the upload try).
The IDE is returning :
avrdude: stk500_getsync(): not in sync: resp=0x00